private void LoopMessagesArrayToSend()
{
ByteMessageBuilderRepository.ClearArray(ByteMessages.Instance.ServiceModeIncoming);
for (int i = 0; i < ByteMessages.Instance.ServiceModeOutgoing.Length; i++)
{
SendData(ByteMessages.Instance.ServiceModeOutgoing[i]);
}
}
private void DataRecieved(object sender, SerialDataReceivedEventArgs e)
{
if (SerialPortManager.Instance.IsOpen)
{
try
{
byte received_byte = Convert.ToByte(SerialPortManager.Instance.ReadByte());
_receivedBytes[this.countBytes] = received_byte;
string incomingByte = received_byte.ToString();
ByteMessageBuilderRepository.SetStrArrayByIndex(ByteMessages.Instance.MeasureModeIncoming, countBytes, incomingByte);
//all bytes arrived
if (countBytes == 2)
{
countBytes = 0;
if (WasItRun)
{
IsRunningNow = GeneralMessageCollection.IsRunningStateChecker(true);
TimeOutValidator(TimeOutValidatorStates.Reset);
if (ValidatorIncomingMessage.ValidationEOF())
{
if (XmlFilter.Instance.IsCommonIncluded(SelectedCardType) == true)
{
_commonMeasures = XmlFilter.Instance.GetNumberOfExpectedMeasureState(XmlFilter.Instance.GetDefaultName());
}
else
{
_commonMeasures = 0;
}
if (XmlFilter.Instance.GetResponseCommand(this._receivedBytes[0].ToString()) == "VOIP_UDP_Start")
{
this._udp = new Udp();
this._udp.IsEnabled = true;
this._udp.SendBytes.Add(_receivedBytes[1]);
}
else if (XmlFilter.Instance.GetResponseCommand(this._receivedBytes[0].ToString()) == "VOIP_UDP_Cont")
{
this._udp.IsEnabled = true;
this._udp.SendBytes.Add(this._receivedBytes[1]);
}
else if (XmlFilter.Instance.GetResponseCommand(_receivedBytes[0].ToString()) == "VOIP_UDP_Stop")
{
this._udp.IsEnabled = true;
CTRL_udpClient.Send(this._udp.SendBytes.ToArray(), this._udp.SendBytes.Count, this._udp.IPADDRESS, this._udp.PORT);
this._udp.IsFinished = true;
}
if (!this._udp.IsEnabled)
{
//if the incoming messages's number is equle with the required number from XML file
if (_incomingMeasureCounter == (XmlFilter.Instance.GetNumberOfExpectedMeasureState(SelectedCardType)) + _commonMeasures)
{
TimeOutValidator(TimeOutValidatorStates.Stop);
MessageRecievedText = GeneralMessageCollection.GeneralMessageRecivedTranslation(" -> Validate OK", true) + MessageRecievedText;
_validateFinished = true;
GeneralMessageCollection.LoopCounter = 0;
}
else
{
if (SelectedMeasureType != "AutoMeasure")
{
IEnumerable <String> _measureList = XmlFilter.Instance.GetMeasureListByCardTypeWithoutAuto(SelectedCardType);
var index = _measureList.ToList().IndexOf(SelectedMeasureType);
GeneralMessageCollection.LoopCounter = index;
TimeOutValidator(TimeOutValidatorStates.Stop);
MessageRecievedText = GeneralMessageCollection.GeneralMessageRecivedTranslation("") + MessageRecievedText;
GeneralMessageCollection.LoopCounter = 0;
_validateFinished = false;
}
else
{
//when it is not validated yet and AutoMeasure.
TimeOutValidator(TimeOutValidatorStates.Reset);
_incomingMeasureCounter++;
MessageRecievedText = GeneralMessageCollection.GeneralMessageRecivedTranslation("", true) + MessageRecievedText;
GeneralMessageCollection.LoopCounter++;
_validateFinished = false;
}
}
}
//if incoming message returns with measure ok or not-> negative logic
if (IsMeasureModeIncomingReseted &&
ValidatorIncomingMessage.ErrorMessageBack(ByteMessages.Instance.MeasureModeIncoming[1]) &&
!this._udp.IsEnabled)
{
TimeOutValidator(TimeOutValidatorStates.Stop);
_validateFinished = true;
GeneralMessageCollection.LoopCounter = 0;
}
if (ReportFieldState && !this._udp.IsEnabled)
{
_savedMeasureCounter++;
string reportInsertData = IsMeasureModeIncomingReseted ? XmlFilter.Instance.GetResponseData(
ConverterRepository.ConvertDecimalStringToHexString(ByteMessages.Instance.MeasureModeIncoming[1].ToString())) : "";
ReportDataCollector.AddToVertical(reportInsertData);
if (ReportFieldState && _validateFinished)
{
ReportDataCollector.AddToVerticalAtIndex(0, SchauerNumber.ToString());
ReportDataCollector.AddVerticalToHorizontal();
ReportDataCollector.CleanerVertical();
PopUpQuestionbox();
}
}
}
else
{
TimeOutValidator(TimeOutValidatorStates.Stop);
_validateFinished = true;
GeneralMessageCollection.LoopCounter = 0;
MessageRecievedText = GeneralMessageCollection.GeneralMessageRecived("Validate Error -> Wrong EoF") + MessageRecievedText;
}
}
else
{
MessageRecievedText = "Info: " + DateTime.Now.ToString("HH:mm:ss").ToString() + " -> " +
XmlFilter.Instance.GetResponseTranslate
(ByteMessages.Instance.MeasureModeIncoming[0].ToString(),
ByteMessages.Instance.MeasureModeIncoming[1].ToString(),
ByteMessages.Instance.MeasureModeIncoming[2].ToString())
+ "\n" + MessageRecievedText + "\n";
}
WasItDisconnect();
ByteMessageBuilderRepository.ClearArray(ByteMessages.Instance.MeasureModeIncoming);
}
else
{
countBytes++;
}
if (_validateFinished)
{
_incomingMeasureCounter = 1;
_validateFinished = false;
IsRunningNow = GeneralMessageCollection.IsRunningStateChecker(false);
}
if (this._udp.IsFinished)
{
this._udp.Reset();
}
}
catch (Exception ex)
{
//throw;
MessageBox.Show(GeneralMessageCollection.LogIntoFile(ex));
}
}
}
private static void ResetByteMessages(byte[] array)
{
ByteMessageBuilderRepository.ClearArray(array);
}
private static void ResetByteMessages()
{
ByteMessageBuilderRepository.ClearArray(ByteMessages.Instance.MeasureModeOutgoing);
}